Editing Openai/679b6fc6-6e9c-800d-ab73-4feeac7390b2 (section)

== Comparison to Modern Quantum Field Physics ==

# Wave-Particle Duality vs. Corpuscular Light Units * Quantum mechanics describes light as having both wave and particle properties. * Russell dismisses wave-like ether and instead proposes a purely corpuscular model, though he acknowledges oscillatory motion. * In contrast, QFT (Quantum Field Theory) treats particles as excitations of underlying quantum fields.
# Energy and Mass Interchange * Einstein’s E=mc² suggests that mass and energy are interchangeable. * Russell extends this by stating matter is merely a condensed state of light, subject to the oscillatory cycles of generative (compression) and radiative (expansion) forces.
# Zero-Point Energy and Vacuum Fluctuations * QFT suggests that space is filled with quantum vacuum energy. * Russell’s Magnetic Light of Mind aligns with the potential energy of the vacuum, as the primal undivided Light from which all motion emerges.
# Atomic Structure and Charge Separation * In modern physics, electrons, protons, and neutrons are distinct entities bound by the strong nuclear force. * Russell suggests that all particles are light corpuscles in different states of charge-pressure equilibrium. * His idea that elements are simply light units at different pressure differentials is reminiscent of the Periodic Table’s energy levels.
# Nonlocality and Light Interconnectivity * Quantum entanglement implies that particles remain connected across vast distances. * Russell’s assertion that “each point in the universe is the center of the universe” suggests a holographic interconnection, a concept gaining traction in physics through holographic universe theories.